Electrical systems don't fail suddenly. They degrade gradually — through accumulated heat at loose connections, through insulation that has been stressed over years of cycling loads, through contacts that wear down in equipment that is never serviced. The facilities that catch these conditions before they become failures are the ones that have maintenance programs in place to find them. The facilities that don't catch them pay for repairs, operational disruptions, and in some cases, regulatory findings that could have been avoided.
A well-designed electrical preventive maintenance program does three things: it identifies conditions that are likely to cause failures before they do, it maintains the documentation that regulatory requirements and insurance standards often require, and it extends the service life of electrical infrastructure that would otherwise degrade faster than it should.
Our team designs maintenance programs around the specific requirements of each facility — the age of the infrastructure, the occupancy type, any applicable regulatory standards, and the operational sensitivities that affect when and how maintenance can be performed. For healthcare facilities, that means programs structured around AHCA and NFPA 99 documentation requirements. For commercial facilities, it means programs built around the actual condition and load of the electrical infrastructure, with service intervals that reflect what the facility actually requires.
The result is a facility whose electrical infrastructure is understood, documented, and managed — not a facility that waits to find out what's wrong when something stops working.
Infrared scanning uses thermal imaging cameras to detect electrical components operating at elevated temperatures. Elevated temperature at an electrical connection, breaker, or panel component is one of the most reliable early indicators of an impending failure.
Our team performs infrared scanning as part of preventive maintenance programs for commercial and healthcare facilities. The scan identifies conditions that visual inspection alone cannot detect — loose connections generating heat, overloaded circuits, failing components. These findings allow corrective action before the condition causes an equipment failure, an outage, or a fire. For healthcare facilities, infrared scanning is particularly important because an electrical failure in a clinical environment has consequences well beyond the electrical system itself.
Tell us about your facility type and what you currently have in place. We'll help you understand what a program should look like.
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